private static ClassType parseClassType(String sig, Cursor c) throws BadBytecode { if (sig.charAt(c.position) == 'L') return parseClassType2(sig, c, null); else throw error(sig); }
private static ClassType parseClassType(String sig, Cursor c) throws BadBytecode { if (sig.charAt(c.position) == 'L') return parseClassType2(sig, c, null); throw error(sig); }
private static ClassType parseClassType2(String sig, Cursor c, ClassType parent) throws BadBytecode { int start = ++c.position; char t; do { t = sig.charAt(c.position++); } while (t != '$' && t != '<' && t != ';'); int end = c.position - 1; TypeArgument[] targs; if (t == '<') { targs = parseTypeArgs(sig, c); t = sig.charAt(c.position++); } else targs = null; ClassType thisClass = ClassType.make(sig, start, end, targs, parent); if (t == '$' || t == '.') { c.position--; return parseClassType2(sig, c, thisClass); } else return thisClass; }
private static ClassType parseClassType2(String sig, Cursor c, ClassType parent) throws BadBytecode { int start = ++c.position; char t; do { t = sig.charAt(c.position++); } while (t != '$' && t != '<' && t != ';'); int end = c.position - 1; TypeArgument[] targs; if (t == '<') { targs = parseTypeArgs(sig, c); t = sig.charAt(c.position++); } else targs = null; ClassType thisClass = ClassType.make(sig, start, end, targs, parent); if (t == '$' || t == '.') { c.position--; return parseClassType2(sig, c, thisClass); } return thisClass; }
private static ObjectType parseObjectType(String sig, Cursor c, boolean dontThrow) throws BadBytecode { int i; int begin = c.position; switch (sig.charAt(begin)) { case 'L' : return parseClassType2(sig, c, null); case 'T' : i = c.indexOf(sig, ';'); return new TypeVariable(sig, begin + 1, i); case '[' : return parseArray(sig, c); default : if (dontThrow) return null; else throw error(sig); } }
private static ObjectType parseObjectType(String sig, Cursor c, boolean dontThrow) throws BadBytecode { int i; int begin = c.position; switch (sig.charAt(begin)) { case 'L' : return parseClassType2(sig, c, null); case 'T' : i = c.indexOf(sig, ';'); return new TypeVariable(sig, begin + 1, i); case '[' : return parseArray(sig, c); default : if (dontThrow) return null; throw error(sig); } }
private static ClassType parseClassType(String sig, Cursor c) throws BadBytecode { if (sig.charAt(c.position) == 'L') return parseClassType2(sig, c, null); else throw error(sig); }
private static ClassType parseClassType(String sig, Cursor c) throws BadBytecode { if (sig.charAt(c.position) == 'L') return parseClassType2(sig, c, null); else throw error(sig); }
private static ClassType parseClassType(String sig, Cursor c) throws BadBytecode { if (sig.charAt(c.position) == 'L') return parseClassType2(sig, c, null); else throw error(sig); }
private static ClassType parseClassType(String sig, Cursor c) throws BadBytecode { if (sig.charAt(c.position) == 'L') return parseClassType2(sig, c, null); else throw error(sig); }
private static ClassType parseClassType(String sig, Cursor c) throws BadBytecode { if (sig.charAt(c.position) == 'L') return parseClassType2(sig, c, null); else throw error(sig); }
private static ClassType parseClassType2(String sig, Cursor c, ClassType parent) throws BadBytecode { int start = ++c.position; char t; do { t = sig.charAt(c.position++); } while (t != '$' && t != '<' && t != ';'); int end = c.position - 1; TypeArgument[] targs; if (t == '<') { targs = parseTypeArgs(sig, c); t = sig.charAt(c.position++); } else targs = null; ClassType thisClass = ClassType.make(sig, start, end, targs, parent); if (t == '$' || t == '.') { c.position--; return parseClassType2(sig, c, thisClass); } else return thisClass; }
private static ClassType parseClassType2(String sig, Cursor c, ClassType parent) throws BadBytecode { int start = ++c.position; char t; do { t = sig.charAt(c.position++); } while (t != '$' && t != '<' && t != ';'); int end = c.position - 1; TypeArgument[] targs; if (t == '<') { targs = parseTypeArgs(sig, c); t = sig.charAt(c.position++); } else targs = null; ClassType thisClass = ClassType.make(sig, start, end, targs, parent); if (t == '$') { c.position--; return parseClassType2(sig, c, thisClass); } else return thisClass; }
private static ClassType parseClassType2(String sig, Cursor c, ClassType parent) throws BadBytecode { int start = ++c.position; char t; do { t = sig.charAt(c.position++); } while (t != '$' && t != '<' && t != ';'); int end = c.position - 1; TypeArgument[] targs; if (t == '<') { targs = parseTypeArgs(sig, c); t = sig.charAt(c.position++); } else targs = null; ClassType thisClass = ClassType.make(sig, start, end, targs, parent); if (t == '$' || t == '.') { c.position--; return parseClassType2(sig, c, thisClass); } else return thisClass; }
private static ClassType parseClassType2(String sig, Cursor c, ClassType parent) throws BadBytecode { int start = ++c.position; char t; do { t = sig.charAt(c.position++); } while (t != '$' && t != '<' && t != ';'); int end = c.position - 1; TypeArgument[] targs; if (t == '<') { targs = parseTypeArgs(sig, c); t = sig.charAt(c.position++); } else targs = null; ClassType thisClass = ClassType.make(sig, start, end, targs, parent); if (t == '$') { c.position--; return parseClassType2(sig, c, thisClass); } else return thisClass; }
private static ObjectType parseObjectType(String sig, Cursor c, boolean dontThrow) throws BadBytecode { int i; int begin = c.position; switch (sig.charAt(begin)) { case 'L' : return parseClassType2(sig, c, null); case 'T' : i = c.indexOf(sig, ';'); return new TypeVariable(sig, begin + 1, i); case '[' : return parseArray(sig, c); default : if (dontThrow) return null; else throw error(sig); } }
private static ObjectType parseObjectType(String sig, Cursor c, boolean dontThrow) throws BadBytecode { int i; int begin = c.position; switch (sig.charAt(begin)) { case 'L' : return parseClassType2(sig, c, null); case 'T' : i = c.indexOf(sig, ';'); return new TypeVariable(sig, begin + 1, i); case '[' : return parseArray(sig, c); default : if (dontThrow) return null; else throw error(sig); } }
private static ObjectType parseObjectType(String sig, Cursor c, boolean dontThrow) throws BadBytecode { int i; int begin = c.position; switch (sig.charAt(begin)) { case 'L' : return parseClassType2(sig, c, null); case 'T' : i = c.indexOf(sig, ';'); return new TypeVariable(sig, begin + 1, i); case '[' : return parseArray(sig, c); default : if (dontThrow) return null; else throw error(sig); } }
private static ObjectType parseObjectType(String sig, Cursor c, boolean dontThrow) throws BadBytecode { int i; int begin = c.position; switch (sig.charAt(begin)) { case 'L' : return parseClassType2(sig, c, null); case 'T' : i = c.indexOf(sig, ';'); return new TypeVariable(sig, begin + 1, i); case '[' : return parseArray(sig, c); default : if (dontThrow) return null; else throw error(sig); } }
private static ObjectType parseObjectType(String sig, Cursor c, boolean dontThrow) throws BadBytecode { int i; int begin = c.position; switch (sig.charAt(begin)) { case 'L' : return parseClassType2(sig, c, null); case 'T' : i = c.indexOf(sig, ';'); return new TypeVariable(sig, begin + 1, i); case '[' : return parseArray(sig, c); default : if (dontThrow) return null; else throw error(sig); } }